Objective To comment on the recent advances of production and application of the bio-derived scaffold in the tissue engineered peripheral nerve.
目的对近年有关组织工程周围神经生物衍生支架制备和应用方面的研究进展进行评述。
The donated tracheas were stripped of the donors' cells — leaving only the cartilage scaffold — and then reseeded with stem cells derived from the recipients' own bone marrow.
捐赠者的细胞会从气管上剥去，而只剩下软骨支架，随后在其上植入从受移植者者骨髓中采集到的干细胞。
Conclusion Application of the bio-derived materials is a trend in the fabricating scaffold of the tissue engineered peripheral nerve.
结论生物衍生材料已经成为周围神经组织工程支架预构的趋势之一。
The tensile strength and the stress-strain curve of the bio-derived tendon scaffold and normal human tendon were detected.
作生物衍生肌腱支架的单轴拉伸实验，测定生物衍生肌腱支架的力学特性并与正常人体肌腱的力学特性作比较。
Researchers put platelet-derived growth factor into nanoparticles and then attached them to a lattice-like, biodegradable scaffold.
研究人员把PDGF(血管源性生长因子)放入乳酸中，再把它们放在点阵样、生物可降解的支架中。
Researchers put platelet-derived growth factor into nanoparticles and then attached them to a lattice-like, biodegradable scaffold.
研究人员把PDGF(血管源性生长因子)放入乳酸中，再把它们放在点阵样、生物可降解的支架中。
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